JPS6128789Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial field of application This invention is a method for using small 8-inch cathode ray tubes, etc.
This relates to a packaging box for small cathode ray tubes that is packaged with the CRT side facing downward.

Conventional structure and its problems Conventionally, packaging boxes for small cathode ray tubes of this type were made by folding cardboard in a complicated manner and protecting the CRT surface through cushioning material. It was difficult to mount it so as not to come into contact with objects, and there were also problems with the stability of the packaging and the storage of the mounting brackets at the four corners of the periphery of the CRT.

Purpose of the invention This invention solves the problems of the conventional method, makes it possible to realize more stable packaging by placing the CRT surface facing downward and using the mounting brackets at the four corners, and makes loading and unloading into and out of the outer box extremely easy. To provide a box for packaging small-sized cathode ray tubes, which can be smoothly packaged without coming into contact with other objects.

Structure of the device The structure of the device is as described in the claims for utility model registration. Therefore, with the grid-like partition plate,
A compartment was created in which many small cathode ray tubes could be loaded inside the outer box. Each of these compartments has a bottom pad that is loaded with a cushioning material in between, so even if the bottom pad is loaded downward so that the CRT surface is in contact with the flat surface of the fold-out pad, there is a cushioning effect. Furthermore, in the case of an 8-inch cathode ray tube, the CRT surface is flat, so it is more stable when loaded downward. Furthermore, the mounting brackets around the CRT were inserted into the notches at the bottom of the square cylinder to further ensure stability. The square tube that is loaded inside the folding part and surrounding the CRT has a hand hole that matches the hand hole of the folding part, so insert your hands into both of the hand holes and lift it up. This makes it safe to load the CRT into the compartment of the main body or to take it out from the main body while the CRT is still loaded, and has the effect of protecting the deflection yoke portion and neck portion of the CRT. The height of the lattice-like partition plate is slightly lower than the main body, and the height of the folding part and the rectangular cylinder are loaded through the bottom part in the same way as the main body. Therefore, by providing a hand hole in the portion protruding from the lattice-like partition plate, it can be used without any trouble when taking out or loading.

DESCRIPTION OF EMBODIMENTS An embodiment will be described with reference to the drawings. 1
2 is the main body, 2 is the bottom plate, 3 is a lattice-like partition plate combined in a lattice pattern, 4 is a cushioning material, 5 is a bottom part, 6 is a folding part, and the plane part 6' is folded in from two opposite sides of the plane part. It has a hand hole 7 at a position where the head protrudes from the lattice-like partition plate 3,
It is configured to match the height of the main body 1. Reference numeral 8 is a rectangular cylindrical body having notches 9 at the four corners of the bottom and a hand hole 10 that matches the hand hole 7 of the folding part. The rectangular cylinder 8 was made by folding a sheet of cardboard along four fold lines, having notches at the four corners, and adhesively fixing it to form a cylinder. Reference numeral 11 denotes an 8-inch cathode ray tube, which has mounting fittings 12 at the four corners of its periphery. FIG. 1 shows the loaded state of the main body and the lattice-like partition plate, and the loaded state of the folding part and the rectangular cylinder, and FIG. 2 is a perspective view showing the state after loading.

As is clear from the drawings, the inside of the main body 1 is divided into a large number of sections by a grid-like partition plate 3, and a folding part 6 and a rectangular cylinder 8 are loaded into each section via a bottom part 5. Since the hand holes 7 and 10 match, by holding them together at the same time, the CRT can be stably handled without coming into contact with it. Furthermore, CRT
The mounting brackets 12 are respectively attached to the notches 9 of the square cylinder body 8.
is inserted and fixed.

Effects of the invention As described above, in this invention, a plurality of small cathode ray tubes are each loaded downward in the main body, and can be freely inserted and removed through the hand hole without contacting the deflection yoke or other parts. We were able to provide a packaging box for small cathode ray tubes that is highly stable, safe, and convenient for transportation.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing the loaded state with the front part cut away and the folding part and the rectangular cylinder body separated, and FIG. 2 is a perspective view showing the same loaded state. 1... Main body, 3... Grid-like partition plate, 5... Bottom part, 6... Folding part, 7, 10... Hand hole, 8... Square cylindrical body.

Claims (1)

[Claims for Utility Model Registration] A lattice-like partition plate that is loaded into the main body and is slightly low in height and has a large number of compartments; A bottom part that is loaded into the bottom of each of these compartments via a cushioning material; A flat part placed on this bottom part, a side wall part folded in from two opposite sides of this flat part, and a hand hole provided in a part of this side wall part beyond the lattice-like partition plate. It has a folding part that is loaded into the main body, a folding part that is loaded into the folding part, has notched holes at the four corners of the bottom, a hand hole that matches the hand hole of the folding part, and a hand hole that matches the hand hole of the folding part. A box for packaging small cathode ray tubes, consisting of a square cylinder to be loaded.